Gel Electrodes TRIZ Cases
- Carbon Nanotube Aqueous Dispersion With Shear-Thinning Gel Network
A weak gel network keeps carbon nanotube dispersions stable in storage while shear-thinning flow lowers viscosity for electrode slurry processing.
- Gel Electrode Precursor Composition Balancing Processability and Durability
A two-polymer gel matrix raises electrolyte content while preserving manufacturability and cell lifetime in lithium-ion electrodes.
- Rechargeable Battery Tab Positioning for Precise Welding Alignment
Automated calculation of electrode tab positions improves welding accuracy and reduces skill-dependent defects in rechargeable battery production.
- Silicon-Nanographite Aerogel Anodes for Volume-Stable Li-Ion Cycling
A porous silicon-nanographite aerogel with carbon-coated nanoparticles absorbs lithiation swelling while preserving conductivity and cycle life.
- CNT Gel Dispersion for Stable, Shear-Thinning Battery Slurries
A weak gel CNT dispersion stays stable in storage yet shear-thins during processing, supporting lithium-ion electrode slurry coating.
- Alkaline Cell Anode and Separator Structure for Low-Zinc Reliability
Finer zinc particles and a unitary cup-bottom separator improve low-zinc alkaline cell contact, reduce gassing, and sustain discharge reliability.
- Bipolar Accumulator Gel Electrodes for Electrolyte Confinement
Gelled electrodes trap liquid electrolyte in bipolar accumulators to prevent leakage and ionic short-circuits without added seals.
- Asymmetric Semi-Solid Battery for Thick Cathode Energy Density
A semi-solid cathode thicker than the anode raises active material loading, cuts inactive components, and simplifies high-energy battery manufacturing.